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</html>";s:4:"text";s:21351:"↑ (en)The Déborah and Weissenberg numbers British society of … It can be variously defined, but it is usually given by the relation of stress relaxation time of the fluid and a specific process time. A very small Deborah number can be … Two instantaneous dimensionless numbers that act as Deborah and Weissenberg numbers are introduced to diagnose flow conditions for transient nonlinear rheology. is similar to the Weissenberg number and is often confused with it in technical literature, they have different physical interpretations. The Weissenberg number indicates the degree of anisotropy or orientation generated by the deformation, and is appropriate to describe flows with a constant stretch history, such as simple shear. Deborah number Last updated December 09, 2020. In contrast, the Deborah number should be … ClustrMaps. The form of the solution for the corotational Maxwell model in LAOS matches the forms of the analytical solutions for two molecular models for dilute solutions and one for concentrated solutions or melts. 2. Micelle segmental alignment in the flow-gradient plane during Laos is a nonmonotonic function of cycle time, t/T, and radial position, r/H. The Weissenberg number indicates the degree of anisotropy or orientation generated by the deformation, and is appropriate to describe flows with a constant stretch history, such as simple shear. While Wi is similar to the Deborah number and is often confused with it in technical literature, they have different physical interpretations. Le nombre de Deborah est un nombre sans dimension, utilisé en rhéologie pour caractériser la fluidité d'un matériau.Certains matériaux amorphes apparemment solides comme le goudron, certains polymères ou certains verres s'écoulent si on les observe sur une longue durée ou à une température assez élevée [1], comme le montre l'expérience de la goutte de poix [2]. Two instantaneous dimensionless numbers that act as Deborah and Weissenberg numbers are introduced to diagnose flow conditions for transient nonlinear rheology. The Weissenberg number indicates the degree of anisotropy or orientation generated by the deformation, and is appropriate to describe flows with a constant stretch history, such as simple shear. In contrast, the Deborah number should be used to describe flows with a non-constant stretch history, and physically represents the rate at which elastic energy is stored or released. Deborah may also refer to: Deborah given name or Devorah, a female given name Deborah Genesis According to t . Weissenberg number - Wikipedia Free surface continuous jets of viscoelastic fluids are relevant in many engineering applications involving blood, paints, adhesives or foodstuff and industrial processes like fiber spinning, bottle-filling, oil drilling etc. Reiner named this dimensionless number after the prophete Deborah who, in the Book of Judges, proclaimedThe mountains flowed before the lord. Es pot definir de manera variable, però normalment es dóna per la relació del temps de relaxació de la força del fluid i un temps de procés específic. … By considering the dynamics of these test particles, we can classify flows as being either strong or weak. In contrast, the Deborah number should be used to describe flows with a non-constant stretch history, and physically represents the rate at which elastic energy is stored or released. The second important dimensionless number in rheology is called the Deborah number. Deborah is a major character in the Book of Judges. Summary: Debi Weissenberg is 57 years old and was born on 01/11/1963. Consideration of the amount of stretching of a … Le nombre de Deborah est un nombre sans dimension, utilisé en rhéologie pour caractériser la fluidité d'un matériau.Certains matériaux amorphes apparemment solides comme le goudron, certains polymères ou certains verres s'écoulent si on les observe sur une longue durée ou à une température assez élevée [1], comme le montre l'expérience de la goutte de poix [2]. The utility of the new numbers is demonstrated on the steady alternating large amplitude oscillatory shear response of a colloidal Ludox glass, the soft glassy rheology model, and a viscoelastic wormlike micelle … Sign Up. The present paper describes the examination of highly elastic, single-phase flows around a cylinder that is both bounded and confined for low to moderate Reynolds num-bers. Small Deborah numbers represent Newtonian flow, while non-Newtonian (with both viscous and elastic effects present) behaviour occurs for intermediate range Deborah numbers, and high Deborah numbers indicate an elastic/rigid solid. The Deborah number (De) is a dimensionless number, often used in rheology to characterize the fluidity of materials under specific flow conditions. The formulation of the Deborah and Weissenberg dimensionless numbers for viscoelastic fluids by means of a scheme based on the response of hypothetical tracer test particles having the form of elastic dumbbells is presented. Log In. The Deborah Number By M. Reiner The following lines are from an after-dinner talk presented at the Fourth International Congress on Rheology, which took place last August in Provi-dence, R. I. Marcus Reiner, research professor at the Israel Institute of Technology, is currently in the United States as a visiting professor at the Polytechnic Institute of Brooklyn. Channels are created using microfluidic techniques, which to the authors’ knowledge have … The maximum segmental … The Weissenberg number Ws is named after Karl Weissenberg, an early worker in the field of non-Newtonian fluids. Lookup the home address, phone numbers, email address for this person. Debi Weissenberg currently lives in Cumming, GA; in the past Debi has also lived in Roswell GA and Alpharetta GA. Other names that Debi uses includes Debi L Hill, Deborah Leigh Weissenberg, Deborah Leigh Hill, Deborah L Weissenberg and Debi L Weissenberg. The Weissenberg number indicates the degree of anisotropy or orientation generated by the deformation, and is appropriate to describe flows with a constant stretch history, such as simple shear. … In 1947, Karl Weissenberg published a paper discussing the ability of some fluids to climb a spinning rod. In contrast, the Deborah number should be used to describe flows with a non-constant stretch history, and physically represents the rate at which elastic energy is stored or released. It is named after Karl Weissenberg.The dimensionless number compares the viscous forces to the elastic forces. In contrast, the Deborah number should be used to describe flows with a non-constant stretch history, and physically represents the rate at which elastic energy is stored or released. The Weissenberg number Ws is named after Karl Weissenberg, an early worker in the field of non-Newtonian fluids. Deborah number - Wikipedia The Weissenberg effect was named after him, as was the Weissenberg number. In contrast, the Deborah number should be used to describe flows with a non-constant stretch history, and physically represents the rate at which elastic energy is stored or released. The Weissenberg number indicates the degree of anisotropy or orientation generated by the deformation, and is appropriate to describe flows with a constant stretch history, such as simple shear. In contrast, the Deborah number should be used to describe flows with a non-constant stretch history, and physically represents the rate at which elastic energy is stored or released. In 1928 I came from … We also … The Weissenberg number indicates the degree of anisotropy or orientation generated by the deformation, and is appropriate to describe flows with a constant stretch history, such as simple shear. Today, 17, pp 62 (1964) Another dimensionless number sometimes used in the study of viscoelastic flow is the Weissenberg number. The utility of the new numbers is demonstrated on the steady alternating large amplitude oscillatory shear response of a colloidal Ludox glass, the soft glassy rheology model, and a viscoelastic wormlike micelle … M Reiner, The Deborah Number, Phys. … It quantifies the observation that given enough time even a solid-like material might flow, or a fluid-like material can act solid when it is deformed rapidly enough. Deborah Weissenberg is a resident of Erieville. Home Subfields by academic discipline Engineering disciplines Chemical engineering Fluid dynamics Deborah number. The definition of Ws depends on that of t f which is given by: (1) where tr() denotes trace and e denotes strain-rate given in terms of velocity u by: (2) For a simple shear flow with shear-rate γ: (3) while for a simple extensional flow with extension rate ε: (4) Thus for flow … While Wi is similar to the Deborah number and is often confused with it in technical literature, they have different physical interpretations. Academic disciplines Business Concepts Crime Culture Economy Education … Its origins can be traced unequivocally to Professor Marcus Reiner, who entertained a series of audiences in the late 50s and 60s with the background story. Lookup the home address and phone 3156554772 and other contact details for this person . For instance, in simple steady shear, the Weissenberg … The Weissenberg number indicates the degree of anisotropy or orientation generated by the deformation, and is appropriate to describe flows with a constant stretch history, such as simple shear. In contrast, the Deborah number should be used to describe flows with a non-constant stretch history, and physically represents the rate at which elastic energy is stored or released. Under large amplitude oscillatory shear (Laos) deformation, shear banding is dependent on the Deborah and Weissenberg numbers, validating recent theoretical predictions that include shear-induced breakage. Le nombre de Deborah est un nombre sans dimension, utilisé en rhéologie pour caractériser la fluidité d'un matériau.Certains matériaux amorphes apparemment solides comme le goudron, certains polymères ou certains verres s'écoulent si on les observe sur une longue durée ou à une température assez élevée [1], comme le montre l'expérience de la goutte de poix [2]. The Weissenberg number indicates the degree of anisotropy or orientation generated by the deformation, and is appropriate to describe flows with a constant stretch history, such as simple shear. Add your article. … Deborah Weissenberg is a resident of NY. In contrast, the Deborah number should be used to describe flows with a non-constant stretch history, and physically represents the rate at which elastic energy is stored or released. El nombre de Weissenberg (Wi) és un nombre adimensional utilitzat en l'estudi dels fluxos viscoelàstics.Es diu així en honor a Karl Weissenberg.El nombre adimensional compara les forces viscoses amb les forces elàstiques. The Weissenberg number indicates the degree of anisotropy or orientation generated by the deformation, and is appropriate to describe flows with a constant stretch history, such as simple shear. It in technical literature, they have different physical interpretations Subfields by discipline. Public Record Results & check ; Addresses, phone numbers, email address for this person female name... Or the denominator can alter the number compares the viscous forces to the Deborah number simpler way to create relevant... 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